Prince UPVC Threaded Elbow SCH - 80

• The Prince UPVC Threaded Elbow SCH - 80 is a heavy-duty 90-degree plumbing fitting designed to redirect fluid flow efficiently in UPVC piping systems. Manufactured from premium Schedule 80 UPVC, this fitting offers exceptional strength, high-pressure resistance, and long-lasting durability for residential, commercial, and industrial applications. Its rugged construction ensures reliable performance even in demanding environments exposed to chemicals, moisture, and outdoor weather conditions.
• Engineered with precision-molded threaded ends, the Prince UPVC Threaded Elbow SCH - 80 provides secure, leak-proof, and removable connections for piping systems that require flexibility and easy maintenance. The threaded design allows convenient assembly and disassembly without damaging the pipe network, making it ideal for reworkable installations and modular plumbing systems. Combined with solvent cement compatibility, the fitting ensures enhanced sealing performance and dependable operation under pressure.
• The 90-degree elbow configuration allows smooth directional flow changes while maintaining efficient fluid movement within the pipeline. Constructed with SCH-80 grade UPVC, this elbow delivers superior rigidity and impact resistance for high-pressure applications. Its corrosion-resistant and UV-stable material helps prevent rust, scaling, and chemical damage, ensuring reduced maintenance and extended service life in both indoor and outdoor installations.

Key Features:

• 90-degree elbow for efficient directional flow changes
• Precision threaded ends for secure and leak-proof connections
• SCH-80 UPVC construction for high-pressure applications
• Resistant to corrosion, chemicals, UV rays, and impacts
• Ideal for removable and maintenance-friendly piping systems
• Easy installation with reliable long-term performance.

Choose the Prince UPVC Threaded Elbow SCH - 80 for a durable, corrosion-resistant, and high-performance piping solution designed for secure threaded connections and dependable fluid flow control.